Titlebook: Generation, Accumulation and Production of Europe’s Hydrocarbons III; Special Publication Anthony M. Spencer Conference proceedings 1993 S

Destruct

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FOIL

Upper Jurassic Deep-Water Heterogeneous Reservoirs in the Thelma Fields, UK North Seaurbidite deposits. The porosity network, studied by image analysis, is characterized by secondary pores connected by large throats. A minor percentage of authigenic illite in the water zone dramatically reduces the permeability..Radiometric dating and isotopic analysis allow the diagenetic events to

heart-murmur

Enhancing the Oil Potential of Secondary Triassic Reservoirs in the Beryl A Field, UK North Seaificant additional potential resources exist in downthrown terraces to the east. Formation lithologies are interbedded lacustrine shales and finegrained sheet sands with extensive calcrete horizons. Porosity and permeability values range from 10–16% and 10–200 mD, becoming poorer in the eastern terr

Moderate

Multi-Disciplinary Stratigraphic Analysis of the Upper Jurassic Strata of the Norwegian Central Troully controlled flooding event of Late Kimmeridgian age (. ammonite zone) marks the base of Sequence B. Different sedimentary facies within this sequence constitute rich hydrocarbon source-rock shales in the Feda Graben and important reservoir sandstones on the Cod Terrace. The Sequence B/C1 transiti

煤渣

Salt Controls on Basin Evolution — Central North Searetaceous thermal subsidence in the North Sea was enhanced in the region of the salt basin by the development of major salt withdrawal synclines which acted as important sediment sinks during the Early Cretaceous. This episode of halokinesis in the basin, focusing on the main areas of Late Jurassic

Infusion

Neogene Uplift and Erosion Offshore South Norway: Magnitude and Consequences for Hydrocarbon Exploraon the northern margin of the Norwegian-Danish Basin. It is a frontier area expected to be opened for exploration within the next few years. The consequences of the uplift for the prospectivity of the Farsund Basin are illustrated, assuming the existence of a Jurassic source rock there. At its prese

Infusion

Ostrich

符合規(guī)定

樣式

The Petroleum System in the Lower Saxony Basin the nearby source rocks. The bulk of the traps originated during the inversion phase in Santonian times..Present-day maturities of the source rocks indicate an oil window between 0.5 and 0.85% Rr for the Posidonia shale and between 0.45 and 0.8% Rr for the “Wealden” shales. More highly mature sourc